safety regulations for dishes in a hotel or restaurant 2017 How Does Cultural Eutrophication Occur
Cultural integration is the nutrient-rich state of water bodies caused by human activities. This is a process of adding nutrients in the form of phosphate and nitrate to a water body. Excessive growth of aquatic plants poses a threat to the life of aquatic animals and is one of the effects of cultural nutrition. This explains how culture is rich in nutrition. Nutrition in the Black Sea makes us aware of the seriousness of this environmental problem. The rivers of the Black Sea bring a lot of nutrients and pollutants. 1960 of the oceans have experienced severe nutrient-rich phenomena. Rich nutrition is described as a process through which natural and artificial substances, mainly phosphate and nitrate, are added to the aquatic ecosystem. The consequences or effects of adding these nutrients to the water body can be observed in different forms. The growth of plankton in freshwater lakes and rivers is one of the effects of nutrient-rich. Compared with natural rich nutrition, cultural rich nutrition is harmful because the former is caused by excessive deposition of nutrients in water bodies. This could happen in just a few decades. On the other hand, natural nutrition has been happening at a slow rate for centuries. Cultural pollution is a global problem. Let's take a look at how culture-rich nutrition happens through the information provided below. Usually, nutrients responsible for nutrition are transferred from one place to another through surface churn. In some cases, however, these nutrients may also penetrate into groundwater. Due to human interference, the rapid process of rich nutrition is called culture rich nutrition. If it is rich in nutrition, it may produce hypoxia conditions in the water body. Hypoxia is characterized by a low amount of oxygen dissolved in water bodies. . The following explains the different ways in which culture is rich in nutrition. Fertilizer entering rivers, lakes and other water bodies is the main source of rich nutrition in cultural water bodies. Nitrate and phosphate fertilizers were added to the soil to nourish the crops grown on the farm. In the past few decades, the use of this fertilizer has increased a lot. When residues of these fertilizers are discharged from the ground, nitrate and phosphate are added to the water body. It is expected that the demand for fertilizer for agricultural purposes will increase in the near future. The use of fertilizer without control will further worsen the situation. Therefore, agricultural workers should implement organic agriculture to reduce the harmful effects of rich culture and nutrition. Sewage released from water bodies in urban areas will precipitate into nutrients such as nitrate and phosphate. The discharge of this kind of wastewater is one of the important reasons for the rise of water rich and differentiated. The concentration of nutrients in wastewater discharge is usually quite high. The detergent used for washing clothes also contains phosphorus compounds. The release of nutrients in the water body further increased. This is the cause of many related problems, such as the blockage of waterways and the loss of control of the large breeding of toxic algae. Therefore, in addition to sewage, detergent is an important source of phosphorus released in water bodies. Industrial wastewater discharge accounts for 50% of the phosphorus deposited in lakes, derived from human settlements (Smith et al ). 2006 published by the American Society of lakes and oceans ). The deposition of nutrients leads to algae growth, not only reducing the oxygen content in the water, but when these plants die and rot in the water, they also emit unpleasant smells. In addition, industrial emissions are accompanied by nutrient-rich compounds containing harmful chemicals and pollutants. Livestock and poultry breeding is one of the reasons for rich and differentiated water bodies. The feces of cattle and other livestock contain nutrients such as nitrate and phosphate. These compounds are dissolved in surface water and rushed to nearby water bodies such as lakes and rivers. This leads to the deposition of nutrients in the water body, which in turn leads to the growth of algae and other aquatic plants. Cultural nutrition has had many harmful effects on water bodies and nature. Rise in settlement in water bodies (E. G. g. Shorten its life. The water in the water body loses transparency. One of the effects of deposition and over-growth of aquatic plants like plankton is to increase turbidity of water. Nutrient-rich aquaculture has adverse effects on aquatic biodiversity. Due to the development of hypoxia conditions, it is difficult for aquatic organisms to survive in nutrient-rich water bodies. Survival competition is observed in organisms living in such water bodies. The loss of aesthetic value of water body is also one of the main effects of water rich and cultivated. Reducing the input of phosphorus into water bodies is an effective way to control nutrient-rich aquaculture water bodies. Excessive growth of algae and other aquatic plants poses a threat to the lives of fish and other aquatic organisms. If it is not controlled in time, it will destroy the ecological balance of the Earth.